另外，还提供了内置dma控制器(DMAC)和数据传送控制器(DTC)，可实现无cpu干预的高速数据传送。
In addition, an on-chip DMA controller (DMAC) and data transfer controller (DTC) are provided, enabling high-speed data transfer without CPU intervention.
但是，互联网主要是传送文字，而信息高速公路不久将使其他形式的电子数据传送(如声音文件和图像的传送)成为普遍现象。
But while the Internet primarily moves words, the information superhighway will soon make routine the electronic transmission of data in other formats, such as audio files and images.
随着网络技术的飞速发展，校园网具备了高速的数据传送能力。
With the rapid development of network technology, campus network is capable to transmit data in high speed.
文章介绍了如何通过PCI局部总线实现高速的数据传送，即介绍了对PC I接口板的开发介绍，其中包括它的硬件协议和软件协议的讨论。
It introduces how to design a PCB board of high speed data transmitting system based on PCI part bus, including the discussing of hardware agreement and software agreement.
要对图像进行采集就需要一种高速的，能进行长时间、大吞吐量数据传送的计算机接口。
In order to acquire image, a kind of high-speed computer interface supporting long time and high throughput data transferring is needed.
系统越来越复杂，布线密度越来越大，数据传送速率越来越高速，这些都使得高速电路设计中的信号完整性问题逐渐成为设计者关注的焦点。
The high-speed circuit designers focus more and more on the signal integrity because of the more complicated systems, higher rout densities and higher data throughout etc.
采用这种新标准的系统具有高速的数据传送性能、高度柔软性、高可靠性和高程度软件复用性。
The system adapting the OPC has the special characteristics, such as high speed data communication, high flexibility, high dependability and high degree reusability.
DMA技术在提高数据传送速率方面有着重要作用，特别是对于高速率数据传送。
DMA technology plays an important role in increasing the data transmission rate, especially for high rate transmission.
本文针对便携式高速数据采集系统的数据传递瓶颈，介绍了ADSP- 2191的两种并行dma传送方式。
In this article, according to the bottleneck of high-speed data transmitting, a method based on the DMA mode of ADSP-2191 is described.
对于超高速数据采样频率来讲，一般的数据传送系统是不能满足要求的，在这里介绍了一种在板存储器方式传送数据方式。
For the exceeding-speed data gathering frequency, the common data transmission system is to can't up to the request, here introduces a kind of on -board RAM transmission method.
它改变过去采用的无线传输方式传输距离近、数据传送量小或者实时性差的缺点，可以提供跨地域、高速、大容量、高实时性的数据传输业务。
Compared to traditional data transmission modes, the GPRS based data transmission mode is long-distance, high speed, good real-time and large capacity.
它改变过去采用的无线传输方式传输距离近、数据传送量小或者实时性差的缺点，可以提供跨地域、高速、大容量、高实时性的数据传输业务。
Compared to traditional data transmission modes, the GPRS based data transmission mode is long-distance, high speed, good real-time and large capacity.
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